
Welcome to our category for brake pads and brake discs!
Here you will find a wide selection of high-quality brake pads and brake discs for your motorcycle, specifically for the BMW Urban Mobility F650CS model.
Our products offer:
- High-quality materials for optimal braking performance
- Easy installation and perfect fit
- Long-lasting durability and reliability
Benefit from:
- Large selection of brake pads and brake discs
- Top prices that save your budget
- Fast shipping directly to your home
Order your brake pads and brake discs now at jumiparts.de and ensure the safety and performance of your motorcycle!
Original BMW Brake Pads Rear 34212345449 for F 800 ST S GT C1 F650CS G310 R + GS
€51.19*
Original BMW Spare Part
The brakes of your motorcycle are the most important component when it comes to safety. Therefore, they must always be in perfect working order. After all, it can sometimes come down to millimeters and milliseconds.
We recommend using original BMW brake pads on the original brake discs. BMW has matched the materials of the brake disc and brake pad to each other. This means optimal braking performance with minimal wear.
Additionally, the fastening parts on the brake calipers should be regularly replaced. They are also subject to wear. Only when everything in the braking system is free can it operate optimally!
Rear brake disc BREMBO for BMW F650 F650ST F650GS + Dakar F650CS G650GS + Sertao
€125.91*
The fixed discs of the Brembo Oro series are made from a single casting of stainless steel. The manufacturing process adheres to strict tolerances regarding design and construction. Through the machining cycles, maximum suitability and roundness accuracy are ensured. Due to its extensive experience, Brembo has been able to determine the appropriate shapes, tolerances, and sizes for every type of motorcycle and application. In fact, the special shaping of the Brembo discs, through careful examination of the machining tolerances, enhances the transfer of braking torque while simultaneously providing improved resistance to mechanical and thermal stresses.